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13052-U

Supelco

Metal Packed GC Column (General Configuration)

phase none, matrix 80/100 Porapak N support, L × O.D. × I.D. 10.0 ft (3.0 m) × 1/8 in. × 2.1 mm

Synonym(s):

GC column, Porapak N

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1 EA
$336.00

$336.00

List Price$400.00Save 16%

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1 EA
$336.00

About This Item

UNSPSC Code:
41115710
NACRES:
SB.54

$336.00

List Price$400.00Save 16%

In StockDetails

material

stainless steel column

Quality Level

100

manufacturer/tradename

Agilent

parameter

0-190 °C temperature (isothermal or programmed)

technique(s)

gas chromatography (GC): suitable

L × O.D. × I.D.

10.0 ft (3.0 m) × 1/8 in. × 2.1 mm

matrix

80/100 Porapak N support

matrix active group

none phase

column type

packed GC

compatibility

for use with General Configuration

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General description

An economical metal column should be used for less demanding applications where the inertness of glass is not required. This column is of a general configuration, and can be carefully bent to fit most instruments.
The carrier gas percolates through the porous bed in a packed column. In a packed column, separation is achieved by moving the solutes apart. Packed columns are made up of two main materials; stainless steel and Pyrex glass. Metal packed columns are more suitable for long and high carrier gas flow rates to tolerate the elevated pressures.[1] Porapak N is composed of porous polymer beads[2] which provides significantly lower background at the carbon emission line. They are suitable for separation of H2, CH4, CO2.[3]

Application

Stainless steel coulmns with Porapak N and molecular sieve may be used to determine the methanogenic degradation by analyzing headspace gas with GC.[4]

Storage Class

13 - Non Combustible Solids

wgk_germany

WGK 3

flash_point_f

Not applicable

flash_point_c

Not applicable

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Determination of impurities in argon by gas chromatography with a microwave-induced plasma detector.
George, Mark A., Jan P. Hessler, and Jon W. Carnahan
Journal of Analytical Atomic Spectrometry, 4, 51-54 (1989)
N S Battersby et al.
Applied and environmental microbiology, 55(2), 433-439 (1989-02-01)
The degradation potential of 77 organic chemicals under methanogenic conditions was examined with an anaerobic digesting sludge from the United Kingdom. Degradation was assessed in terms of net total gas (CH(4) plus CO(2)) produced, expressed as a percentage of the
Analysis of formaldelhyde by gas chromatography using porapak n.
Onuska, F., et al.
Journal of Chromatography A, 40, 209-212 (1969)
Raymond P. W. Scott
Introduction to Analytical Gas Chromatography (1997)

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